Area Hotspot Detection System

Fully automatic identification and alarm of overheated surfaces
The Area Hotspot Detection System uses a thermal imager to identify overheated surfaces, such as those on batteries, silo walls, or pipes. By identifying hot spots early, fires can be prevented proactively. The system continuously and fully automatically measures the temperature of the object being measured. Multiple monitoring zones with different temperature limits can be defined. If a defined threshold is exceeded, an alert is sent to the higher-level system, enabling an early reaction to the fire hazard.
Area Hotspot Detection System

Characteristic

skim through

Benefit

Avoid fires by identifying overheated surfaces in advance

Targeted alarms are issued when temperature limits in the individual monitoring areas are exceeded

Flexible application and easy integration

Ideal operating and maintenance costsA

Available around the clock, regardless of the weather

peculiarity

Fully automatic detection of overheated surfaces

Define multiple monitoring areas with different temperature thresholds

Data is transmitted via TCP/IP interfaces, ProfiNet interfaces, I/O interfaces

Output measurement data with thermal images for recording hot spot monitoring

Thanks to proven infrared technology, it can be used both indoors and outdoors

RELATED PRODUCTS

Nozzle

SpiralJet

View More

Nozzle

Fulljet Maximum Free Passage (MFP)

View More

Nozzle

QPHA Spray Tip + QPPA Body

View More

Nozzle

FullJet H Nozzles

View More

Nozzle

WashJet ® Nozzles

View More

Nozzle

Quick VeeJet® and ProMax® Quick VeeJet Nozzles

View More

Inquiry

Jasmine (Suzhou) Co., Ltd., specializing in imported industrial automation and fluid components, focuses on genuine motors, drives, PLCs, sensors, pneumatic parts and spray systems. As an official agent of Spraying System and Aventics, we provide one-stop product supply, technical consultation and customized matching solutions for industrial and high-end equipment applications.

+86
  • +86 CN
SUBMIT
%{tishi_zhanwei}%